Beyond Horsepower: The ADAS Architecture of the Geely Galaxy 700
Geely’s new Galaxy Battleship 700 combines 1,113 horsepower with a sophisticated ADAS suite, proving that the next generation of luxury SUVs will rely as much on driver-assistance silicon as they do on raw electric power.
The Geely Galaxy Battleship 700 has arrived as a massive statement of intent in the high-luxe SUV market. With a staggering 1,113 horsepower delivered via a tri-motor system, it rivals the most powerful off-roaders on the planet. However, the most significant innovation isn't the power—it’s the Advanced Driver Assistance Systems (ADAS) that manage that power to keep the vehicle stable and safe across diverse terrains.
Modern ADAS has evolved far beyond simple lane-keeping. In a vehicle with this much torque, the software must act as a high-speed intermediary between the driver’s input and the motors. This involves "torque vectoring" at a granular level, adjusting the power to each individual wheel in milliseconds to prevent loss of traction. Furthermore, the Battleship 700 integrates a sensor suite designed for "blind-spot" elimination in off-road scenarios, using under-body cameras and transparent-hood technology to give drivers a full view of the obstacles beneath them.
As luxury brands move toward higher levels of automation, the role of ADAS is to build a bridge of trust. By providing features like automated trailer reversing and high-speed highway cruising, Geely is positioning the Battleship 700 as a vehicle that is both a brute-force performer and a sophisticated digital assistant. The integration of high-performance computing into the chassis allows the vehicle to learn from its environment, making the ADAS more than just a safety feature—it is the core of the driving experience itself.
Source: Electrek
